Molecular Pathology and Novel Therapy for Uterine Sarcomas

Oct 17, 2017 by in GYNECOLOGY Comments Off on Molecular Pathology and Novel Therapy for Uterine Sarcomas

Fig. 9.1 Development of uterine neoplasms in Psmb9/β1i −/− mice. Uterine neoplasms in Psmb9/β1i −/− mice. Photographs of H&E staining and immunohistochemistry (IHC) with anti-ki-67/MIB1 antibody show the characters of…

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Immunotherapy for Gynecologic Cancer

Oct 17, 2017 by in GYNECOLOGY Comments Off on Immunotherapy for Gynecologic Cancer

Fig. 4.1 Basic mechanism of tumor immunity Fig. 4.2 Targeted tumor immune therapies 4.2 Recent Applications of Immunotherapy in Cancer Treatment and Their Role in Precision Medicine 4.2.1 A Sudden…

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Molecular Mechanisms of Preterm Delivery

Oct 17, 2017 by in GYNECOLOGY Comments Off on Molecular Mechanisms of Preterm Delivery

Fig. 15.1 Placental CRH decides the timing delivery as “placental clock”. Maternal plasma CRH levels exponentially increase during pregnancy, peaking at term. This reflects the enhanced CRH synthesis in placenta….

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Prenatal Diagnosis of the Human Embryo and Fetus

Oct 17, 2017 by in GYNECOLOGY Comments Off on Prenatal Diagnosis of the Human Embryo and Fetus

Name (year) Formula Ref. Warsof (1977) log10BW = −1.599 + (0.144 × BPD) + (0.032 × AC) − (0.000111 × BPD2 × AC) [3] Shepard (1982) log10BW = −1.7492 + (0.166 × BPD) + (0.046 × AC) − [(2.646 × AC × BPD)/1000] [4] Hadlock (1985) log10BW = 1.335 − (0.0034 × AC × FL) + (0.0316 × BPD) + (0.0457 × AC) + (0.1623 × FL) [5] Aoki (1985) EFBW = (1.25647 × BPD3) + (3.50665 × FTA × FL) + 6.30994 [6] Shinozuka (1987) EFBW = (1.07 × BPD3) + (3.42 × APTD × TTD × FL) [7] Modified Shinozuka (2000) EFBW = (1.07 × BPD3) + (0.30 × AC2 × FL) [8] AC…

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